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yadm/test/test_perms.py

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"""Test perms"""
import os
import warnings
import pytest
@pytest.mark.parametrize('autoperms', ['notest', 'unset', 'true', 'false'])
@pytest.mark.usefixtures('ds1_copy')
def test_perms(runner, yadm_y, paths, ds1, autoperms):
"""Test perms"""
# set the value of auto-perms
if autoperms != 'notest':
if autoperms != 'unset':
os.system(' '.join(yadm_y('config', 'yadm.auto-perms', autoperms)))
# privatepaths will hold all paths that should become secured
privatepaths = [paths.work.join('.ssh'), paths.work.join('.gnupg')]
privatepaths += [paths.work.join(private.path) for private in ds1.private]
# create an archive file
os.system(f'touch "{str(paths.archive)}"')
privatepaths.append(paths.archive)
# create encrypted file test data
efile1 = paths.work.join('efile1')
efile1.write('efile1')
efile2 = paths.work.join('efile2')
efile2.write('efile2')
paths.encrypt.write('efile1\nefile2\n!efile1\n')
insecurepaths = [efile1]
privatepaths.append(efile2)
# assert these paths begin unsecured
for private in privatepaths + insecurepaths:
assert not oct(private.stat().mode).endswith('00'), (
'Path started secured')
cmd = 'perms'
if autoperms != 'notest':
cmd = 'status'
run = runner(yadm_y(cmd))
assert run.success
assert run.err == ''
if cmd == 'perms':
assert run.out == ''
# these paths should be secured if processing perms
for private in privatepaths:
if '.p2' in private.basename or '.p4' in private.basename:
# Dot files within .ssh/.gnupg are not protected.
# This is a but which must be fixed
warnings.warn('Unhandled bug: private dot files', Warning)
continue
if autoperms == 'false':
assert not oct(private.stat().mode).endswith('00'), (
'Path should not be secured')
else:
assert oct(private.stat().mode).endswith('00'), (
'Path has not been secured')
# these paths should never be secured
for private in insecurepaths:
assert not oct(private.stat().mode).endswith('00'), (
'Path should not be secured')
@pytest.mark.parametrize('sshperms', [None, 'true', 'false'])
@pytest.mark.parametrize('gpgperms', [None, 'true', 'false'])
@pytest.mark.usefixtures('ds1_copy')
def test_perms_control(runner, yadm_y, paths, ds1, sshperms, gpgperms):
"""Test fine control of perms"""
# set the value of ssh-perms
if sshperms:
os.system(' '.join(yadm_y('config', 'yadm.ssh-perms', sshperms)))
# set the value of gpg-perms
if gpgperms:
os.system(' '.join(yadm_y('config', 'yadm.gpg-perms', gpgperms)))
# privatepaths will hold all paths that should become secured
privatepaths = [paths.work.join('.ssh'), paths.work.join('.gnupg')]
privatepaths += [paths.work.join(private.path) for private in ds1.private]
# assert these paths begin unsecured
for private in privatepaths:
assert not oct(private.stat().mode).endswith('00'), (
'Path started secured')
run = runner(yadm_y('perms'))
assert run.success
assert run.err == ''
assert run.out == ''
# these paths should be secured if processing perms
for private in privatepaths:
if '.p2' in private.basename or '.p4' in private.basename:
# Dot files within .ssh/.gnupg are not protected.
# This is a but which must be fixed
warnings.warn('Unhandled bug: private dot files', Warning)
continue
if (
(sshperms == 'false' and 'ssh' in str(private))
or
(gpgperms == 'false' and 'gnupg' in str(private))
):
assert not oct(private.stat().mode).endswith('00'), (
'Path should not be secured')
else:
assert oct(private.stat().mode).endswith('00'), (
'Path has not been secured')